Platform for the empowerment and remote management of chronic patients. • The main modules included are: • Education and intervention: includes training sessions to learn how to manage one's own illness and exercises (e.g. psychoeducation exercise). • Monitoring of subjective measures (entered by the patient and/or caregiver) and objective measures (collected automatically through external devices). • Management of alerts and identification of baseline an dbehaviours and prediction of risk situations. • Monitoring and clinical decision support. • Interaction and support. • Integration with health systems. The platform is: • Configurable: it allows to define different telemedicine programmes and assign them to specific patients. The same patient can be registered in different programmes. Each programme can include a different combination of education modules, exercises, collection of objective parameters (automatically via external devices), health questionnaires, etc. • Scalable: allows the integration of new devices. • Multi-device: accessible via PC, tablet or mobile. • Multilanguage
Digital health
Empowerment and remote management platform for chronic patients
Empowerment and remote management platform for chronic patients:
- Patient monitoring module: pending activities associated with the patient in the telecare programme.
- Education module: provides information to patients and educators to increase adherence to treatment and identify early warning signs. It also allows for online psychoeducation exercises.
- Monitoring module: collects information recorded by both the patient and the caregiver. Access to historical records and generation of alarms and notifications.
- Support and interaction module: facilitates access to external content recommended by doctors and provides a space for interaction and exchange of experiences.
Initial analysis of the feasibility/opportunity of the idea compared to the state of the art.
Search for potential partners for a collaborative proposal.
Realisation of prototypes for validation in relevant environments.
Realisation of minimum viable products to validate the functionality of key technologies.
Elaboration of a detailed state of the art on the technologies involved including intellectual property aspects.